TECHNICAL DATA SHEET
Outdoor unit for the production of chilled/heated water with variable speed Twin Rotary or Scroll compressors (Inverter Driven), optimised for operation with R32 refrigerant in single-circuit configuration, source side exchanger made with copper pipes and aluminium fins, user side exchanger with brazed plates, electronic expansion valve as standard, variable speed axial fans with EC motor.
Complete unit with integrated hydronic group and variable flow EC pump. Flexible and reliable machine that adapts to a wide range of load conditions thanks to accurate thermoregulation combined with inverter technology.
Careful design and use of innovative variable speed motors
Mitsubishi Electric Monobloc Heat Pump Model MEHP-IB11V For Outdoor Installations Single Phase Reversible Control Included

MEHP-iB-G07 
Outdoor unit for the production of chilled/heated water with variable speed Twin Rotary or Scroll compressors (Inverter Driven), optimised for operation with R32 refrigerant in single-circuit configuration, source side exchanger made with copper pipes and aluminium fins, user side exchanger with brazed plates, electronic expansion valve as standard, variable speed axial fans with EC motor.
Complete unit with integrated hydronic group with variable flow EC pump.
Flexible and reliable machine that adapts to the most diverse load conditions thanks to accurate thermoregulation combined with the use of inverter technology.
Careful design and the use of innovative variable-speed motors (inverters) ensure high energy efficiency at both full and partial loads. The units are capable of heating, cooling, and domestic hot water production.
Low GWP refrigerant
Pure R32 refrigerant that ensures a 66% reduction in GWP, greater efficiency and a lower refrigerant charge for the same cooling capacity compared to traditional R410A.
System efficiency
The unit is designed with a systems approach: all components are synergistically regulated according to proprietary logic to maximize the unit's efficiencies.
High efficiency at partial loads
High seasonal efficiency levels, thanks to the use of inverter technology in all key components: variable-speed twin rotary or scroll compressors, EC fans, and a variable-flow EC pump. These components combine to ensure the unit delivers the exact amount of energy needed to meet the building's actual needs. This high efficiency translates into reduced energy consumption throughout the entire operating period.
Extended operating range
Wide operating range that allows the production of water up to 60°C (heating and DHW applications) and operation with external air temperatures down to -20°C.
Integrated hydronic group
The integrated hydronic group includes all the hydraulic components (antifreeze heater, plate exchanger, air vent valve, flow switch, water filter, safety valve, pump with EC motor, expansion vessel) which allow you to optimize installation space, time and costs.
Variable flow rate
Advanced regulation of inverter pumps depending on the required load, which allows for reduced electricity consumption and guarantees the operation of the unit even in critical conditions.
Smart defrost
The advanced proprietary self-adaptive defrosting logic takes into account all operating parameters and external conditions: the number and duration of defrosting cycles are therefore reduced to the minimum necessary, ensuring an increase in efficiency and thermal power output of the units.
W3000+ electronic control
The W3000+ controller features advanced proprietary functions and settings. The Compact keypad features functional controls and an LCD display for managing the unit via a multilingual menu (19 languages available).

Diagnostics includes comprehensive alarm management, with black box functions (via PC) and alarm history (via display or PC) for better analysis of the unit's behavior. It's also possible to program an operating profile for up to 4 typical days and 10 time slots.
The innovative KIPlink (Keyboard In Your Pocket) user interface is available as an option, allowing you to operate the unit directly from your smartphone or tablet. Continuous cooling capacity modulation based on sequential control + PID based on the water delivery temperature.
For multi-unit systems, resource regulation is possible via optional proprietary devices. Consumption/performance metering can also be implemented. Variable hydraulic flow control is provided as standard (VPF.E function).

Supervision can be achieved with proprietary devices or through integration into third-party systems using the ModBus, Echelon, Bacnet-over-IP, Bacnet MS/TP RS485, Konnex, ModBus TCP/IP, and SNMP protocols. Remote keyboard compatibility (manages up to 8 units).
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